One astronomical method used
that provided an insight about the universe is the LIGO (the Laser
Interferometer Gravitational Wave Observatory). This method helps us detect gravitational
waves emitted by astronomical bodies. The finding of gravitational waves will
lead into understanding the behavior of other bodies that we did not know
exist. The consequences are; one, we can measure the activity between two
bodies in orbit in the universe, two, scientist can estimate the merging of two
bodies in the universe every 15 minutes by using.
I believe it is D, all of the above
Answer:
Sherpas are the local people who are highly skilled and experienced climbers. They are paid to do things such as prepare the route for foreign climbers to follow, fix ropes in place, and carry the necessary climbing kit up the mountain. it is a really risky job.
Answer:
Beyond the <u>Atmospheres</u> that surrounds Earth, there are seven other planets. All planets in our <u>Solar system</u> revolve, or make <u>rotation </u>around the sun. All the planets get <u>energy </u>from the sun. The <u>features </u>of planets differ in some ways. For example, the <u>surface </u>of Mars is <u>solid </u>and rocky, but Saturn is gaseous. There are also differences in size, or <u>measurement </u>.
Explanation:
Plz give me brainliest
Answer:
D. set it outside and check on it every day
Explanation:
In order for Brittany to be able to study the soil erosion by using a simplified method of what the farmers do on the slopes to minimize it, she will need to take the pan, leave it outside, and check on it every day. By having the required shape, the soil will give somewhat an example of the soil on the slopes that has been plowed so that the furrows run along the hills. Since the hills do not move or tilt, the pan with the soil should be stable, static. Being put outside, it will be exposed to the natural conditions that cause the erosion, such as the water and wind. Brittany will need to check upon the soil every day and make detailed notes and measurements to see what the erosive effects are on it.
